When configuring a SASE platform to control traffic or data, the space of requirements is infinite. Basic capabilities can be configured via drop down menu options, regular expressions etc. But what about complex logic involving IP addresses, cookies, form data, user ID, app instance, headers and beyond?
How do cloud security architectural design decisions affect vendors’ ability to provide a performant, scalable, and reliable platform?
Take the example of an offsite meeting. Thousands of normally geographically dispersed employees converge on a single location for a few days. Other cloud security solutions built on the appliance model cannot scale to meet the dynamic demand profile.
Every day, more and more corporate information is moving to employees' personal devices. This rise of BYOD (bring your own device) provides increased flexibility and productivity to employees and, consequently, the organizations for which they work. However, it also creates new cybersecurity concerns. Traditional tools built for corporate-owned, managed devices are not ideal for this new BYOD landscape. Learn more by watching the below Glass Class.
Every day, more and more corporate information is moving to cloud applications like Salesforce. While these cloud-based tools provide organizations with increased flexibility, collaboration, and more, they can also lead to data leakage when not properly insulated from threats. Fortunately, advanced security solutions like cloud access security brokers (CASBs) can protect data in Salesforce through capabilities such as full strength encryption that preserves key functionality (search and sort). Learn more by watching the below Glass Class.